Double-sided anti-slip towel mat

ABSTRACT

A double-sided anti-slip towel mat includes a fabric layer, a first anti-slip layer made in a predetermined pattern and bonded to the top face of the fabric layer and defining therein a plurality of first openings through which a part of the top face of the fabric layer is exposed to the outside, and a second anti-slip layer made in predetermined pattern and bonded to the bottom face of the fabric layer and defining a plurality of second openings through which a part of the top face of the fabric layer is exposed to the outside. Thus, the double-sided anti-slip towel mat can be used on both sides, can provide sweat absorbing and anti-slip effects, and can be folded up to facilitate convenient storage.

BACKGROUND OF THE INVENTION

1. Field of the Invention

The present invention relates to mats and more particularly, to a double-sided anti-slip towel mat that can be used on either of two opposite sides thereof.

2. Description of the Related Art

Taiwan Utility M387689 discloses a sports mat, entitled “Yoga mat” that teaches the arrangement of an anti-slip index on the top face of the mat body to achieve an anti-slip effect when the user's body touches the mat body in the exercise. Taiwan Utility M425694 discloses another design of sports mat, entitled “Improved structure of Yoga mat” that teaches the arrangement of an anti-slip elastomer on the top face of the mat body to achieve an anti-slip effect when the user's body touches the mat body in the exercise. Taiwan Utility M434610 discloses still another design of sports mat, entitled “Yoga mat with sweat absorption ability” that teaches alternative arrangement of a sweat absorbing layer (fabric material) and an anti-slip layer on the top face of the mat body to achieve sweat absorbing and anti-slip effects. Further, “Yoga mat” of Taiwan Utility M394169 discloses the technique of the arrangement of anti-slip protrusions on the bottom face of the mat body to prohibit displacement of the mat body relative to the floor during application. It is to be noted that the commercially available towel could only provide the anti-slip effect for the wet condition and the commercially available mat could only provide the anti-slip effect for the dry condition; besides, the towel needs to work with mat underneath. However, none of any product available in the market has the anti-slip effect for both dry and wet conditions at the same time and capable of being independently used, being conveniently foldably portable, and being easily washable in the laundry machine.

By means of utilizing the characteristic that the human skin can move easily when touched a dry cloth or can be stopped from displacement when touched a wet cloth, the characteristic that the human skin can be stopped when touched a dry anti-slip component or can move easily when touched a wet anti-slip component, the above-described various sports mats achieve anti-slip effects regardless if the user is sweating or not.

However, the aforesaid prior art designs do not teach the arrangement of anti-slip devices on the both sides of the mat body, i.e., these prior art designs cannot be used on both sides for the same function. Further, some of the aforesaid prior art designs are based on a foam body and cannot be folded up or rolled up to reduce the size for storage and or to be easily washed. The towels in the markets must be used together with a mat underneath otherwise it would be slippery on the floor when the mat is not applied.

Thus, conventional sports mats have the drawbacks of being not usable on both sides, having greater restrictions on folding, and requiring much storage space. Besides, the conventional sports mats or towel neither have the anti-slip for dry and wet conditions at the same time nor cannot be conveniently foldably portable.

Therefore, it is desirable to provide a sports towel mat that can be used on both sides, can provide sweat absorbing and both dry and wet anti-slip effects at the same time, and can be easily machine-washed and folded up to facilitate convenient storage.

SUMMARY OF THE INVENTION

The present invention has been accomplished under the circumstances in view. It is the main object of the present invention to provide a double-sided anti-slip towel mat that can be used on both sides, can provide sweat absorbing and both dry and wet anti-slip effects at the same time, and can be easily machine-washed and folded up to facilitate convenient storage.

To achieve this and other objects of the present invention, a double-sided anti-slip towel mat in accordance with the present invention, comprises a fabric layer, a first anti-slip layer made in a predetermined pattern and bonded to the top face of the fabric layer and defining therein a plurality of first openings through which a part of the top face of the fabric layer is exposed to the outside, and a second anti-slip layer made in a predetermined pattern and bonded to the bottom face of the fabric layer and defining a plurality of second openings through which a part of the top face of the fabric layer is exposed to the outside.

Other advantages and features of the present invention will be fully understood by reference to the following specification in conjunction with the accompanying drawings, in which like reference signs denote like components of structure.

BRIEF DESCRIPTION OF THE DRAWINGS

FIG. 1 illustrates a double-sided anti-slip towel mat in accordance with a first embodiment of the present invention.

FIG. 2 is a sectional view taken along line 2-2 of FIG. 1.

FIG. 3 is an applied view of the first embodiment of the present invention, illustrating a status of use of the double-sided anti-slip towel mat.

FIG. 4 illustrates a double-sided anti-slip towel mat in accordance with a second embodiment of the present invention.

FIG. 5 is a sectional view taken along line 5-5 of FIG. 4.

FIG. 6 is a top plain view of a double-sided anti-slip towel mat in accordance with a third embodiment of the present invention.

DETAILED DESCRIPTION OF THE INVENTION

Referring to FIGS. 1-3, a double-sided anti-slip towel mat in accordance with a first embodiment of the present invention is shown. As illustrated, the double-sided anti-slip towel mat 10 comprises a fabric layer 11, a first anti-slip layer 21, and a second anti-slip layer 31.

It is to be noted that, in the annexed drawings, the fabric layer 11 is illustrated in a relatively larger thickness ratio to facilitate explanation of the first anti-slip layer 21 and the second anti-slip layer 31; actually the fabric layer 11 is relatively thinner.

The fabric layer 11 is a flexible woven material consisting of a network of fibers capable of absorbing sweat.

The first anti-slip layer 21 is bonded to a top face of the fabric layer 11 to exhibit a predetermined design, defining a plurality of first openings 12 through which the top face of the fabric layer 11 is exposed to the outside.

The second anti-slip layer 31 is bonded to an opposing bottom face of the fabric layer 11 to exhibit a predetermined design, defining a plurality of second openings 13 through which the bottom face of the fabric layer 11 is exposed to the outside.

In this embodiment, the first anti-slip layer 21 and the second anti-slip layer 31 are selected from plastics or rubbers, for example PVC, TPU, polyurethane (PU), natural rubber, latex, silicone polymethylmethacrylate (PMMA) or synthetic rubber, and respectively partially embedded in the open spaces between the fibers of the opposing top and bottom faces of the fabric layer 11 to enhance bonding tightness between the first anti-slip layer 21 and second anti-slip layer 31 and the fabric layer 11. However, simply bonding the first anti-slip layer 21 and the second anti-slip layer 31 to the opposing top and bottom faces of the fabric layer 11 without being partially embedded in the open spaces between the fibers of the opposing top and bottom faces of the fabric layer 11 can achieve the same effects without departing from the spirit and scope of the present invention. Further, the first anti-slip layer 21 and the second anti-slip layer 31 are symmetrically disposed corresponding to each other and superimposed on each other through the fabric layer 11.

Further, in this embodiment, the first anti-slip layer 21 protrudes from the top face of the fabric layer 11 at a height smaller than 2 mm; the second anti-slip layer 31 protrudes from the bottom face of the fabric layer 11 at a height smaller than 2 mm. These protrusions enable the user to feel the touch of the first anti-slip layer 21 or second anti-slip layer 31 when using the double-sided anti-slip towel mat, assuring the anti-slip effect, and thus, the user can feel at ease. Further, the protruding height cannot be too high, otherwise it may affect the comfort of using the double-sided anti-slip towel mat. The protruding height is required to be smaller than 2 mm, preferably about 1 mm.

Further, the first anti-slip layer 21 is designed and arranged on the fabric layer 11 in such a manner that in every surface area of the top face of the fabric layer 11 corresponding to the size of the palm area of a human hand, a part of the top face of the fabric layer 11 and apart of the first anti-slip layer 21 are exposed to the outside; the second anti-slip layer 31 is designed and arranged on the fabric layer 11 in such a manner that in every surface area of the bottom face of the fabric layer 11 corresponding to the size of the palm area of a human hand, a part of the bottom face of the fabric layer 11 and apart of the second anti-slip layer 31 are exposed to the outside. Thus, when a user uses the double-sided anti-slip towel mat 10 to perform an action in an exercise, the palm of the user's hand can touch a part of the fabric layer 11 and a part of the first anti-slip layer 21 or second anti-slip layer 31, thereby absolutely achieving an effective anti-slip effect. The size of the palm area of a human hand is the size of the palm area of an adult. However, this size can be adjusted to fit different consumer groups. For example, for children under 12 years old, the aforesaid predetermined surface area must be relatively smaller than the size of the palm area of an adult, i.e., the aforesaid predetermined surface area can be adjusted to fit the average size of the palm areas of the respective age group. Further, because the size of the sole of an ordinary person is larger than the size of the palm, the aforesaid palm-based design concept enables the user's soles to touch a part of the fabric layer 11 and a part of the first anti-slip layer 21 or second anti-slip layer 31, achieving an effective anti-slip effect.

Referring to FIGS. 1-3, when using the double-sided anti-slip towel mat 10, place the double-sided anti-slip towel mat 10 on the floor with the top side up, and then perform the exercises on the double-sided anti-slip towel mat 10. In the exercise, the part of the fabric layer 11 that is exposed to the outside through the first openings 12 and the first anti-slip layer 21 can provide sweat absorbing and anti-slip effects to the touched skin of the user. At this time, the second anti-slip layer 31 that is kept in contact with the floor prohibits the double-sided anti-slip towel mat 10 from displacement relative to the floor. Because the first anti-slip layer 21 and the second anti-slip layer 31 are symmetrically disposed corresponding to each other and superimposed on each other through the fabric layer 11, when the user touches a part of the first anti-slip layer 21, a corresponding part of the second anti-slip layer 31 is forced against the floor, and thus, the user can clearly know that the second anti-slip layer 31 is positively stopped at the floor against displacement, and can feel at ease.

In light of the above, the fabric layer 11 can provide an effect of perspiration absorption to further provide an anti-slip effect for the human skin when the perspiration is available. Each of the first anti-slip layer 21 and the second anti-slip layer 31 can provide the anti-slip effect for the human skin when the perspiration is not available, so the present invention can provide the anti-slip effect no matter whether it is dry or wet.

Thus, the bottom side of the double-sided anti-slip towel mat 10 is prohibited from displacement relative to the floor during the application, providing an effective anti-slip effect to the user and preventing the occurrence of unexpected situations.

When turned the double-sided anti-slip towel mat 10 upside down, the same anti-slip effects are provided. Thus, the double-sided anti-slip towel mat 10 can be used on both sides.

Further, because the fabric layer 11 is not a foam layer, the double-sided anti-slip towel mat 10 can be folded up to reduce the size for storage, eliminating the storage problem of the prior art mat designs.

Referring to FIGS. 4 and 5, a double-sided anti-slip towel mat 40 in accordance with a second embodiment of the present invention is shown. This second embodiment is substantially similar to the aforesaid first embodiment with the exception that the design of the first anti-slip layer 51 and the design of the second anti-slip layer 61 are not symmetrically superimposed on each other through the fabric layer 41.

When using the double-sided anti-slip towel mat 40, the user cannot so positively feel the presence of the second anti-slip layer 61 under the first anti-slip layer 51 when touched the first anti-slip layer 51 like the use of the double-sided anti-slip towel mat 10 of the aforesaid first embodiment, however, the second anti-slip layer 61 can still effectively prohibit the double-sided anti-slip towel mat 40 from displacement relative to the floor. When turned the double-sided anti-slip towel mat 40 upside down, the first anti-slip layer 51 can still effectively prohibit the double-sided anti-slip towel mat 40 from displacement relative to the floor.

The remaining structure of this second embodiment and the effect this second embodiment can achieve are same as the aforesaid first embodiment, and therefore, no further detailed description in this regard will be necessary.

Referring to FIG. 6, a double-sided anti-slip towel mat 70 in accordance with a third embodiment of the present invention is shown. This third embodiment is substantially similar to the aforesaid first embodiment with the exceptions described as follows:

The first anti-slip layer 81 is arranged on multiple selected areas A of the top face of the fabric layer 71 such that a part of the top face of the fabric layer 71 and a part of the first anti-slip layer 81 exist in any part of every selected area of the top face of the fabric layer 71 corresponding to the size of the palm area of a human hand.

The second anti-slip layer (not shown) is arranged on multiple selected areas A of the bottom face of the fabric layer 71 such that a part of the bottom face of the fabric layer 71 and a part of the second anti-slip layer exist in any part of every selected area of the bottom face of the fabric layer 71 corresponding to the size of the palm area of a human hand.

Thus, the design and arrangement of the first anti-slip layer 81 and second anti-slip layer of this third embodiment cannot allow the palm of the user's hand to touch a part of the fabric layer 71 and a part of the first anti-slip layer 81 or second anti-slip layer at any part of the top side of the double-sided anti-slip towel mat 70 like the design of the aforesaid first embodiment, however, when the palm of the user's hand touches any selected area A of the top or bottom face of the fabric layer 71, the palm of the user's hand can simultaneously touch a part of the fabric layer 71 and a part of the first anti-slip layer 81 or second anti-slip layer. The arrangement of the first anti-slip layer 81 and second anti-slip layer of this third embodiment contributes to variation in pattern design. For example, the pattern of the first anti-slip layer 81 provides the visual effects of a specific totem while achieving sweat absorbing and anti-slip effects.

The remaining structure of this third embodiment and the effect this third embodiment can achieve are same as the aforesaid first embodiment, and therefore, no further detailed description in this regard will be necessary.

Although particular embodiments of the invention have been described in detail for purposes of illustration, various modifications and enhancements may be made without departing from the spirit and scope of the invention. Accordingly, the invention is not to be limited except as by the appended claims. 

What is claimed is:
 1. A double-sided anti-slip towel mat, comprises: a fabric layer defining opposing top face and bottom face; a first anti-slip layer made in a predetermined pattern and bonded to the top face of said fabric layer, said first anti-slip layer comprising a plurality of first openings to expose a part of the top face of said fabric layer; and a second anti-slip layer made in a predetermined pattern and bonded to the bottom face of said fabric layer, said second anti-slip layer comprising a plurality of second openings to expose a part of the top face of said fabric layer.
 2. The double-sided anti-slip towel mat as claimed in claim 1, wherein said first anti-slip layer and said second anti-slip layer are selected from plastics or rubbers, for example PVC, TPU, polyurethane (PU), natural rubber, latex, silicone, polymethylmethacrylate (PMMA) or synthetic rubber.
 3. The double-sided anti-slip towel mat as claimed in claim 1, wherein said first anti-slip layer protrudes from the top face of said fabric layer; said second anti-slip layer protrudes from the bottom face of said fabric layer.
 4. The double-sided anti-slip towel mat as claimed in claim 3, wherein the protruding height of said first anti-slip layer from the top face of said fabric layer is smaller than 2 mm; the protruding height of said second anti-slip layer from the bottom face of said fabric layer is smaller than 2 mm.
 5. The double-sided anti-slip towel mat as claimed in claim 1, wherein said first anti-slip layer and said second anti-slip layer are symmetrically superimposed on each other through said fabric layer.
 6. The double-sided anti-slip towel mat as claimed in claim 1, wherein the pattern of said first anti-slip layer and the pattern of said second anti-slip layer are disposed in an asymmetric manner at two opposite sides relative to said fabric layer.
 7. The double-sided anti-slip towel mat as claimed in claim 1, wherein said first anti-slip layer is designed and arranged on said fabric layer in such a manner that in every surface area of the top face of said fabric layer corresponding to the size of the palm area of a human hand, a part of the top face of said fabric layer and a part of said first anti-slip layer are exposed to the outside; said second anti-slip layer is designed and arranged on said fabric layer in such a manner that in every surface area of the bottom face of said fabric layer corresponding to the size of the palm area of a human hand, a part of the bottom face of said fabric layer and a part of said second anti-slip layer are exposed to the outside.
 8. The double-sided anti-slip towel mat as claimed in claim 1, wherein said first anti-slip layer is designed and arranged on a plurality of selected areas of the top face of said fabric layer such that a part of the top face of said fabric layer and a part of said first anti-slip layer exist in every part of every said selected area of the top face of said fabric layer corresponding to the size of the palm area of a human hand; said second anti-slip layer is designed and arranged on a plurality of selected areas of the bottom face of said fabric layer such that a part of the bottom face of said fabric layer and a part of said second anti-slip layer exist in every part of every said selected area of the bottom face of said fabric layer corresponding to the size of the palm area of a human hand.
 9. The double-sided anti-slip towel mat as claimed in claim 1, wherein said first anti-slip layer is partially embedded in open spaces between fibers of the top face of said fabric layer; said second anti-slip layer is engaged into open spaces between fibers of the bottom face of said fabric layer. 